An international team of researchers has found that the Antarctic Ice Sheet plays a major role in regional and global climate variability – a discovery that may also help explain why sea ice in the Southern Hemisphere has been increasing despite the warming of the rest of the Earth.
Study of natural-occurring 100,000 year-old CO2 reservoirs shows no significant corroding of ‘cap rock’, suggesting the greenhouse gas hasn’t leaked back out - one of the main concerns with greenhouse gas reduction proposal of carbon capture and storage.
Michael Gaultois (Department of Chemistry), Joshua Conrad Jackson (University of North Carolina - Chapel Hill), Ian Mahar (Boston University), and Jaan Altosaar (Princeton University) discuss why much reporting on science is currently failing to resolve the trade-off between accessibility and accountability.
A symbiotic relationship that has existed since the time of the dinosaurs is at risk of ending, as habitat loss and environmental change mean that a species of Australian crayfish and the tiny worms that depend on them are both at serious risk of extinction.
First global map of flow within the Earth’s mantle finds the surface is moving up and down “like a yo-yo”09 May 2016
Researchers have compiled the first global set of observations of flow within the Earth’s mantle – the layer between the crust and the core – and found that it is moving much faster than has been predicted.
Speaking at the inaugural meeting of the Next Einstein Forum (NEF) Global Gathering 2016, an international conference focused on the development of science and technology in Africa, Sir Leszek Borysiewicz emphasised the importance of partnership.
Michelle Oyen (Department of Engineering) discusses how we could reduce our dependence on "dirty" materials like steel and concrete.
Researchers have modelled how wetlands might respond to rising sea levels, and found that as much as four-fifths of wetlands worldwide could be lost by the end of the century if sea levels continue to rise.
Increase in volcanic eruptions at the end of the ice age caused by melting ice caps and glacial erosion02 Feb 2016
Researchers have found that glacial erosion and melting ice caps both played a key role in driving the observed global increase in volcanic activity at the end of the last ice age.